32 different combinations of three cars can the Carsons select if all the cars are to be different colors.
B. 32
<u>Explanation:</u>
As it is given there are four available colours of the car. That means we have 4 cars.
. Now choose the first car. The no.of way of choosing the first car is equalled to 8 and imagine the first car Colour is black. Now we have a black car so we have to choose from 6 options apart from black.
Now no.of way of choosing the 2 car = 6 and imagine it is blue. Now we have to choose two colour car, so now we have 4 options to choose from. The no.of choosing the car = 4. Now let's calculate the total arrangement -
. It is the total calculation for three cars.
But we have to know the selection so three cars can also be arranged in 6 ways. So the number of different combinations of three cars can be calculated as 192÷6= 32. This is how the selection is being done.
The stage of Piaget's Theory of Cognitive Development that corresponds with adolescence is the “Formal Operational Stage” (ages 11 or 12 and above) wherein abstract thinking, deductive reasoning, and logic increase.
A manager replacing an old computers in their team is an example of supertrends
<h3>What are
supertrends?</h3>
Supertrends is a trend following indicator similar to moving averages
Increasing segmentation of the marketplace and the need to get products to market faster in light of competitors' specialized solutions are examples of supertrends currently influencing the future of business.
So when manager replaces old computers in their team, they are trying to look for specialized solution that can positively impact their business
Learn more on supertrends here: brainly.com/question/9134427
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